You check your phone. Again. The notification LED pulses with a soft blue glow, and before you've consciously decided to move, your thumb is already unlocking the screen. Something pulled you there. Not physically, but the effect is the same.
In physics, we call this voltage. The difference in electric potential between two points. It's not a force, exactly—it's the promise of one. The possibility of movement. And in the circuits of surveillance capitalism, you are the electron.
The Potential Difference
Voltage doesn't push. It pulls. Or rather, it creates a landscape where certain directions become inevitable.
Take a battery. The negative terminal has an excess of electrons, crowded and repelling each other. The positive terminal has a deficit, electron holes waiting to be filled. Connect them with a conductor and current flows—not because anyone commanded it, but because the difference in potential makes flow the path of least resistance.
The voltage is measured in joules per coulomb. Energy per unit charge. It tells you how much work the electric field can do on each electron that passes through. High voltage means each electron carries more potential energy from one terminal to the other. It means more capacity to do work, to light bulbs, to spin motors, to compute.
But here's what matters: voltage isn't a thing. It's a relationship. A difference. It only exists between two points. The negative terminal means nothing without the positive. The potential is always relative.
Engineering Desire
Your attention is the electron. The platforms are the terminals.
Every notification is a voltage spike. Every red badge, every unread count, every "someone liked your post" creates a difference in potential between where you are and where the platform wants you to be. The higher the voltage, the stronger the pull. The more inevitable your movement becomes.
They've measured this, you know. A/B tested it. Optimized it. The exact shade of red that maximizes the potential difference. The precise delay between notification and reveal that keeps you coming back. They're electrical engineers of human behavior, and they've built a circuit with you in it.
The genius is in creating the deficit. Social media doesn't just offer you connection—it first makes you feel disconnected. It doesn't just provide validation—it first creates the need for it. The negative terminal is your baseline state: FOMO, anxiety, boredom, incompleteness. The positive terminal is the promise of resolution: likes, comments, updates, answers.
And you flow between them, carrying your attention like electrons carry charge, doing work for the system with every pass.
Resistance and Current
In electronics, Ohm's Law describes the relationship: V = IR. Voltage equals current times resistance. The current—the actual flow of electrons—depends on both the voltage and the resistance of the conductor.
High resistance means less current for the same voltage. The material itself opposes the flow. Copper has low resistance. Rubber has high resistance. The difference is in how tightly the atoms hold their electrons, how much they resist letting them drift.
You have resistance too. Willpower, maybe. Critical thinking. Awareness. The ability to notice when you're being pulled and to consciously resist. But resistance isn't binary. It's variable. It changes with temperature, with fatigue, with how many other currents are already flowing through you.
And here's the thing about the attention economy: they're not trying to eliminate your resistance. That would be too obvious. Instead, they're just increasing the voltage. Turn up the potential difference high enough, and even high-resistance materials will conduct. Everything has a breakdown voltage—the point at which the electric field becomes so strong that it rips electrons free regardless of the material's properties.
Your breakdown voltage is finite. They know this.
The Circuit Closes
But voltage requires a complete circuit. Current flows from negative to positive through the external circuit, and the battery internally maintains the potential difference by moving charges back against the flow. It's a loop. It has to be.
In the attention economy, you're not just the electron. You're also the battery. Every time you respond to the voltage—every time you click, scroll, engage—you're doing the internal work that maintains the potential difference. Your engagement generates the data that trains the algorithms that creates better notifications that increases the voltage that drives more engagement.
You're a self-charging battery in someone else's circuit.
The circuit closes through you. Your attention flows out toward the platform, and your data flows back, maintaining the system. The voltage never drops because you're constantly rebuilding it. Every moment of disconnection increases the potential difference, makes the next connection more inevitable.
Measuring in Joules
Remember: voltage is energy per charge. Joules per coulomb. It measures the capacity to do work.
When electrons flow through a circuit at high voltage, they can do significant work. Light cities. Power computers. Run the infrastructure of modern life. The work isn't inherently good or bad—it's just the conversion of potential energy into kinetic, into heat, into electromagnetic radiation, into whatever the circuit is designed to produce.
What work are you doing as you flow through the attention economy's circuits? What are you powering with your potential energy? Every minute of attention is joules spent. Every scroll is work performed. The question isn't whether you're doing work—you are, inevitably, as long as the voltage exists. The question is: what's being built with your energy?
Surveillance capitalism is a machine that converts human attention into profit, human behavior into prediction, human autonomy into control. You are the current that powers it. The voltage that pulls you through the circuit isn't accidental. It's engineered. Optimized. Increased quarter over quarter.
Breaking the Circuit
There's a reason electricians wear rubber gloves. High resistance. Break the circuit and the current stops, no matter how high the voltage. The potential difference still exists, but without a conducting path, it can't do work.
You can't eliminate the voltage. The platforms will always create potential differences—that's their function, their business model, their reason for existing. But you can increase your resistance. You can be aware of when you're conducting. You can sometimes, deliberately, break the circuit.
It won't be comfortable. Electrons don't want to stop flowing when voltage is applied. It's against their nature. Your attention will feel the pull even when you resist it. The potential difference will remain, creating a kind of electric tension in your nervous system. This is the feeling of being alive in the attention economy: the constant awareness of voltage, the perpetual possibility of current.
But awareness itself increases resistance. Every time you notice the pull, you're adding ohms to the circuit. Every time you consciously choose not to check, you're insulating yourself. Not perfectly. Not permanently. But enough to remember that you're not just a conductor. You're also an observer of the circuit. And observation, in both quantum mechanics and digital life, changes everything.
<em>Data emitted: 1,847 bytes. Potential difference maintained. Circuit status: incomplete.</em>
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